Anti bending and drag performance tester for coal mine cables

NegotiableUpdate on 03/08

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The anti bending and anti dragging performance tester for coal mine cables complies with the AQYQ-IAA-2017-01 General Safety Technical Requirements for Mining Product Safety Signs and Coal Mine Cable Standards. Suitable for manufacturers and quality inspection departments to conduct bending tests on power cords and DC cords.

Product Details

　　K-QNTY Coal Mine CableAnti bending drag performance tester

　　1、 Product Introduction:

　　Coal mine cablesAnti bending drag performance testerSuitable for manufacturers and quality inspection departments to conduct bending tests on power cords and DC cords.

　　2、 Main technical parameters:

1. Sample length: 7 meters

2. Test station: 1 set.

3. Test current: 0.1-1A,

4. Test speed: adjustable from 0.1 to 1m/s.

5. Bending count: 0 to 9999 times, set arbitrarily

6. Sample bending fixture radius: R150 ± 10mm, R250 ± 10mm, R350 ± 10mm can be replaced.

7. Alarm detection: open circuit, short circuit, with corresponding alarm indicators and buzzer prompts.

8. Rack: Welded with thickened 40 * 40 (MM) square tubes

9. Weight of weight: (3 ± 0.3) KN

10. Rated power: 750w

11. Rated voltage: AC 220V 50/60Hz

Features

High precision: Testing instruments usually use high-precision sensors and control systems, which can accurately measure and record various parameters of cables during the testing process.

High degree of automation: Automated control is achieved through the electronic control part, which can quickly and accurately complete testing tasks and improve testing efficiency.

Data recording and analysis: The testing instrument can record relevant data such as the number of bends, bending angles, and breakage of cables during the testing process, and provide data analysis functions to help users evaluate the performance of cables.

Safe and reliable: The tester is designed with full consideration for safety and reliability, ensuring that it will not cause damage to operators and equipment during the testing process.